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China Suppliers Factory: Low-Latency HD Video Codec Board for Unmanned Systems - 1080P Video & Multi-Channel Data Link
Applications
- Surveillance, reconnaissance and intelligence of drones, unmanned vehicles
- Border and perimeter security
- Mobile security
Peculiarity
- H.264/H.265 encoding, 4K/720P/1080P, less than 65ms delay
- Electronic image balancing, boundary sharpening and contrast enhancement
- Digital video transmission, HDMI/HD-SDI/Cameral-Link/IP and RJ45 Multiple simultaneous interfaces
- RS232/422 Serial communication, IP bridge
- Two-way instruction and control, link loading
- AES 128/256 encryption
- Support Song Block, FLIR, or DRS LWIR
- 1 watt RF power(5-15 watts optional)
9.5x9x1.5cm, 85g
COFDM series-0WR receiver (13.6x11.7x3.4cm, 425g)
1watt 7.8x5.7x3.0cm, 147g
Encoding Board 6.0x3.3x5.0cm, 13.7g
1watt 7.8x5.7x3.0cm, 147g
Encoding Board 6.0x3.3x5.0cm, 13.7g
Maximize the Real-time Information You Get From Unmanned Systems
Get maximum real-time information from unmanned systems
Frequently Asked Questions
What video encoding standards do these boards support?
The video codec boards support high-efficiency H.264 and H.265 encoding, delivering superior video quality at optimized bandwidths.
What is the latency of the video transmission system?
The system is designed for real-time applications, featuring an ultra-low latency of less than 65ms.
Which video interfaces are available on the encoding board?
It supports multiple simultaneous interfaces, including HDMI, HD-SDI, Camera-Link, IP, and RJ45, providing flexible connectivity options.
What is the standard RF power output of the transmitter?
The default RF power is 1 watt, with options available to scale up to 5-15 watts depending on your specific range requirements.
Does the system support secure data transmission?
Yes, it features robust AES 128/256 encryption to ensure secure, two-way instruction, control, and link loading.
Is this codec board compatible with thermal imaging cameras?
Yes, the encoding board supports integration with Song Block, FLIR, or DRS LWIR thermal modules for advanced surveillance.